PREFACE TO THE SPECIAL ISSUE FOR ACOM
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概要
- 論文の詳細を見る
This special issue is an outcome of the 2nd Asian Conference on Mixing (ACOM) held in Yonezawa, Japan on October 7–9, 2008. The main objectives of this conference were to provide a forum for the exchange of information and promote and facilitate academic discussions, collaboration and interactions between participants from Asia and other countries in advancing polymer engineering and mixing technology. This conference consisted of 5 plenary lectures by authorized researchers and 35 scientific papers (18 oral and 17 poster presentations) by scientists and engineers from 7 countries. During the conference, the scientific committee was held to decide that next conference will be held at Korea in October 2010.The Fluid & Particle Processing Division, the Society of Chemical Engineers, Japan decided to publish this special issue in the Journal of Chemical Engineering of Japan (JCEJ). All the manuscripts were refereed following the standard procedure for papers submitted to the regular issues of the JCEJ. Eleven papers including one review paper were approved for publication by the referees.More than 32 professionals worked as referees for peer reviewing the submitted manuscripts. We, the editors for this special issue, are highly grateful to those referees for their collaboration in the reviewing process. We also express our appreciation to Prof. Yoshiyuki Yamashita at Tokyo University of Agriculture and Technology, the Editor-in-Chief of the JCEJ, for his solid support and to Ms. Yamashita in the editorial office for her persistent devotion to the preparation of this special issue.
- 社団法人 化学工学会の論文
- 2009-12-01
著者
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Kaminoyama Meguru
Yokohama National Univ. Yokohama Jpn
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Tada Yutaka
Nagoya Institute of Technology
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Kaminoyama Meguru
Yokohama National University
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TAKAHASHI Koji
Yamagata University
関連論文
- 2,3-ジクロロ-1,3-ブタジエン懸濁重合によるポリ塩化ビニルの粒子特性代替評価法の検討
- 連続式撹拌型食塩蒸発晶析装置における高懸濁濃度での安定操作に関する検討
- Correlation of Mass Transfer Volumetric Coefficient with Power Input in Stirred Liquid-Liquid Dispersions
- 横浜国立大学大学院工学研究院機能の創生部門流動プロセス工学研究室
- 電気抵抗方式トモグラフィー計測の異相系撹拌槽への応用
- 化学装置内における数値流動・混合シミュレーション
- 電気抵抗方式トモグラフィー計測の異相系撹拌槽への応用 (特集 情報化技術と混相流(2))
- Suspension Property of Highly Concentrated Solid Particles Settling in a Draft-Tube Stirred Vessel
- Correlation of the Mixing Process and the Power Consumption of Double-Blade Kneaders
- Numerical Analysis of the Mixing Process of a Heterogeneously Viscous System with High Concentration Slurry Liquids in a Stirred Vessel
- 半回分式ドラフトチューブ付撹拌型蒸発晶析槽における食塩結晶の成長速度に及ぼす操作条件の影響
- Power Consumption of Double-Bladed Kneaders of Various Shapes
- 高速画像処理システムを用いた撹拌型晶析槽における結晶粒径分布のオンライン計測法
- 電気抵抗方式トモグラフィー法を用いた異相系撹拌槽における分散状態の可視化
- 異相系撹拌槽内における流動・混合・分散状態のCFD計算ならびにERT計測
- Influence of Mixing Conditions on Properties of Powder Composed of a Polymer Prepared by 2,3-Dichloro-1,3-Butadiene Suspension Polymerization
- Measurements of the Phase Inversion Phenomenon in a Suspension Polymerization Reactor with an Electrical Resistance Tomography System
- 固液撹拌槽内での粒子衝突現象のラグラジアン解析(混相(1),一般講演)
- Evaluation Method of Homogenization Effect for Different Stator Configurations of Internally Circulated Batch Rotor-Stator Mixers
- Study of Diffusion of Co(II) and Co(II)-DEHPA Complex in a Microfluidic Device
- Scale-Up Factor for Mean Drop Diameter in Batch Rotor-Stator Mixers
- ドラフトチューブ付撹拌槽を用いた食塩の高懸濁密度蒸発晶析操作の高効率化
- 数値流動解析による各種翼付撹拌槽内における固体粒子挙動の検討
- Scale-Up Factor for Mean Drop Diameter in Batch Rotor-Stator Mixers with Internal Circulation
- PREFACE TO THE SPECIAL ISSUE FOR ACOM
- Flow and Diffusion Behavior as a Function of Viscosity in a Double-Y-Type Microfluidic Device
- Highly Efficient Evaporative Crystallization of a High Suspension Density Sodium Chloride Slurry in a Draft-Tube Stirred Vessel in Continuous Operation
- Optimal Seeding Conditions for Semi-Batch Type Evaporative Crystallization of a High Suspension Density Sodium Chloride Slurry in a Draft-Tube Stirred Vessel
- Preface to the Special Issue for the 3rd ASIAN CONFERENCE ON MIXING (ACOM)
- 撹拌型晶析槽内における槽底からの粒子浮遊メカニズム
- Measurement of continuous-phase mass transfer coefficient at droplet surface in liquid-liquid mixing vessel by chemical reaction method.
- Preface to the Special Issue for the 3rd ASIAN CONFERENCE ON MIXING (ACOM)